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Cybereinforce Threat Enforcement

Browser-level URL enforcement for modern SOC and IT teams
Threat Enforcement

Microsoft Defender does not block URLs on Chrome and Firefox.

Most security teams overlook this. Cybereinforce closes Defender’s browser enforcement blind spot by applying deterministic, browser-level URL blocking directly inside Chrome and Firefox while using your existing Defender IOC intelligence.

Full URL path enforcement Sentinel-ready telemetry Audit evidence
The gap
Defender intelligence exists.

But browser-level URL enforcement on Chrome and Firefox is still a separate operational problem.

The control
Cybereinforce blocks the URL in the browser.

Users get a deterministic enforcement outcome instead of an unclear security assumption.

The evidence
Security teams get telemetry they can use.

Retention, export, and investigation capability depend on the customer tier and integration path.

Why Cybereinforce exists

Security teams often assume that if a malicious URL is known, it will be blocked consistently. In practice, enforcement depends on where the decision is made and what the browser can actually enforce. Cybereinforce focuses on that enforcement layer.

Problem
Blind spot

Browser activity is where phishing, credential theft, malicious redirects, and payload delivery links are encountered every day.

Need
Control

Customers need deterministic policy outcomes, not partial enforcement or assumptions about what will happen in the browser.

Outcome
Evidence

Operational teams need usable telemetry, audit evidence, and a security control they can explain to customers and auditors.

What Cybereinforce adds

The platform combines browser enforcement, administration, and telemetry so customers can deploy it as a practical security control.

Browser-level URL enforcement

Full URL path blocking inside supported browsers with a deterministic block page and customer-visible policy outcome.

Defender IOC automation

Cybereinforce supports Microsoft-oriented workflows that help operationalize threat indicators into enforcement.

Structured event visibility

Security and audit events provide usable visibility for investigations, reviews, and customer reporting.

Tier-based retention

Different plans allow customers to choose the right balance of retention, event volume, and operational maturity.

Customer-owned SIEM path

Customers on higher tiers can export Cybereinforce event data to their own Microsoft Sentinel environment.

Guided onboarding

Designed to be understandable for both SMEs and larger organisations without turning deployment into a consulting project.

Public integration story

The message stays simple: Defender IOC automation is broadly available, while event export is a higher-tier capability.

Defender IOC automation

  • Available for all customers
  • Supports a simple Microsoft integration story
  • Helps customers operationalize existing Defender intelligence

Cybereinforce Event Logs Export

  • Available for SME and higher tiers
  • Built for Sentinel visibility, retention, hunting, and workbooks
  • Provides a stronger SOC and compliance story for mature customers

How it works end to end

The public website should show a clear operating model without exposing internal-only deployment details.

Threat Intelligence / Policy Input │ ▼ Cybereinforce Management Layer │ ├─ Device and rule administration ├─ Browser-level enforcement workflow ├─ Integration token and tenant controls └─ Security / audit event generation │ ├─ Microsoft Defender IOC automation └─ Event export to Microsoft Sentinel │ ▼ Investigation, visibility, retention

Make browser-level enforcement part of your security stack

Cybereinforce helps customers move from detection and policy to actual enforcement outcomes in the browser, with a cleaner operational story for IT, security, and managed environments.